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p18

4.7.5 Display features (µconsole): 

                Location of the decimal point for inputs other than temperature  

                inputs
                Display resolution for temperature inputs : 

0.1°

 

or 

                Display corresponding to the input down scale    

 

                (except temperature inputs)
                Display corresponding to the input full scale 

  

 

                (except temperature inputs)
                Only for inputs process, resistance, potentiometer, 

 

                expressed in display points if mode indicator (SCALE YES). 

− 

If display full scale > display down scale and if the display is 

≤ 

than 

the cut off value, then it will be held at down scale. 

− 

If display full scale < display down scale and if the display is 

≥ 

than 

the cut off value, then it will be held at down scale.

POIN

R E S

dDIS

F.DIS

C U T

FILT

•  

Response time

: standard version

              Integration indice of the digital filtering :

Programmable from 0 to 10; for use in case of unsteady input signal.

To obtain the maximum response time, add 240 ms.
Note : For the response time of the analog output, add 40ms to the values 

shown in the table. 

For the relays : add the time delay programmed on the alarms.

•  

Response time

: fast version (option F) 

              Programming of the acquisition time
This function allows choosing the acquisition duration (integration period 

of the measure) in order to optimise the instrument response time, while 

rejecting any disturbances (residual ripples) due to the mains voltage.

100ms : rejection of the 50 and 60 Hz

20ms : rejection of the 50 Hz only

16.6ms : rejection of the 60 Hz only

              Integration indice of the digital filtering :

Programmable from 0 to 10; for use in case of unsteady input signal.

FILT

T.MES

Typical response time 

(ms)

120

Value of the FILT

0

1

2

3

4

5

6

7

8

9 10

400 600 1.0s 1.4s 2.0s 3.0s 5.0s 7.5s 10s 15s

BRGT

1 1 1 1 

4444

• 

Setting of the digits brightness

              Lowest brightness                         Strongest brightness

LdIG

• 

Inhibition of the last digit

 

(low weight)

In mode programming, the menu LdIG allows suppressing the 

display of the last digit, the latter being enforced to 0 if OFF is 

validated.

Response time of the outputs

 (ms)

(for a variation from 0 to 90% of the input signal)

Caution:

 The response times may undergo variations in case of an 

internal self-calibration : the instrument will at some times perform an 

internal self-calibration in order to catch up with any drifts of its compo-

nents. During this operation the response time of the instrument may be 

of 240 ms for Tmes = 20ms  and 560 ms if Tmes = 100ms. 

These self-calibration are performed every 10 seconds during the 10 

minutes following a setting on tension (stabilisation time of the compo-

nents).
Special case of the potentiometer input:

The measurement of the total resistance of the potentiometer is perfor-

med every minute. During this period the response time of the instru-

ment may be of 160ms for Tmes = 20ms and 360ms for Tmes = 100ms.
Note: The instrument will also perform 3 self-calibrations during the 30 

seconds following an exit from programming with configuration saving, 

or (SAvE, YES), or after an electrical overstepping of the input.

Acquisition 

time

16.6 ms
20.0 ms

100 ms

50

Analog output

Value of the FILT

0

1

2

3

80 120 140

55 80 120 140

120

4

5

6

7

8

9 10

200 260 400 550 700 900 1.4s
200 260 400 550 700 900 1.4s

1.2s 1.7s 2.3s 2.8s 3.2s 4.0s 4.5s

280 550 800

Acquisition 

time

16.6 ms
20.0 ms

100 ms

30

Relay outputs

Value of the FILT

0

1

2

3

60 100 130

35 65 100 130

110

4

5

6

7

8

9 10

200 240 360 500 750 850 1.4s
200 240 360 500 750 850 1.4s

1.1s 1.6s 2.2s 2.6s 3.0s 3.8s 4.5s

260 520 760

Summary of Contents for TPI-SI 40 Series

Page 1: ...rindas Parc d activit d Arbora N 2 69510 Soucieu en Jarrest T l 04 72 31 31 30 Fax 04 72 31 31 31 Tel Intern 33 4 72 31 31 30 Fax Intern 33 4 72 31 31 31 http www ardetem com e mail info ardetem com U...

Page 2: ...gramming of a new access code with the p19 console 4 11 Functions accessible from the main menu p20 4 11 1 Simulation of the display p20 4 11 2 Simulation of the analog outputs p20 4 11 3 Deleting of...

Page 3: ...e information vertically or horizon tally according to the sense in which the converter is mounted Series TPI SI 40 440 Process inputs in standard version One bidirectionnal DC current or voltage inpu...

Page 4: ...on with graphical rear lit LCD The LCD allows visualising 4 pieces of information the value of the measure 5 mm high the unit of the displayed measure the value of the analog output or the name of the...

Page 5: ...s 0 440 and 0 2 2 k 0 8 8 k optional Potentiometer Supply for 2 wire sensor 200 850 60 260 76 500 On input mV V mA Resistive sensors and potentiometer 328 1562 200 270 from 100 to 10 k 328 518 0 1 C 0...

Page 6: ...wer supply 2 CONNECTINGS Wiring In order to keep the safety the connection must be followed strict ly especially the setting to the earth of terminal A2 of the group supply Self extinguishing case of...

Page 7: ...ogramming of the access code see p19 Display simulation see p20 Authorized by access code analog relay output analog output relay output PCOD SIMU Teleloading of a program ming file see p21 LOAD Exit...

Page 8: ...ith or p13 without saving the configuration voltage input voltage input only choice of the caliber Special linearisation only current input to t sensors resistive sensors down scale 22 00 x 22 00 mA 1...

Page 9: ...inearisation CJ E CJ T CJC YES NO ADJ To TC DISP TC L TC J TC K TCW5 TCW3 TC W TC N TC B TC E TC T TC R TC S oF oC CAL RES POT 10 0C CJC 60 0C 14 0F CJC 140 F 2 2 c Resistive sensors dINP 400 8888 FUN...

Page 10: ...ove M Downwards move decrease Menu exit access Fast version only 4 4 2 Programming of the console display inputs process resistance potentiometer position of the decimal point DISP rES dDIS 88 88 F DI...

Page 11: ...yed measure is 10 0 and 20 mA for a displayed measure of 100 0 In mode transmitter only the parameters are available For a mA input with dINP 0 00 and FINP 20 00 mA if dOU1 4 mA and F OU1 20 mA the va...

Page 12: ...Safety features p17 Safeties option 2 relays if input mV or t option analog output if return value programmed REL1 LO HI OFF OUT I state of relay 1 in case of sensor rupture LO HI OFF state of relay...

Page 13: ...YES NO REP1 value of output 1 in case of sensor rupture 00 00 rEP1 22 00 mA OFF ON 88 88 if return value OU2 I OU2 U or YES NO REP2 value of output 2 in case of sensor rupture 00 00 rEP2 22 00 mA 88 8...

Page 14: ...as well as the alarm recordings After SAVE YES la console will show WAIT during the converter re initialisation phase 4 5 1 Mode transmitter indicator According to the choice SCALE YES NO you can cho...

Page 15: ...and divide by 10 all the dis play related parameters In this example after modifying the parameter POIN from to F DIS will have to be modified from 3000 to 0300 and SP1 1 from 0300 to 0030 to obtain...

Page 16: ...00 01 04 02 85 05 04 07 47 10 00 12 54 14 96 17 17 18 98 20 00 That is to say a curve of 10 equally long segments Measure range number of segments 20mA 10 2mA length of the segment For 10 segments nb...

Page 17: ...mode Mode setpoint OFF ON setpoint Legend ON coil supplied OFF coil not supplied or MODx setpoint OFF ON SPX SPX TPI SI 41 N and AN Mode window Mode setpoint Mode window Choice of the state of the rel...

Page 18: ...entering the correct access code or by pressing simultaneously and if the access to a quick entering has been authorized on the programming of the code see p19 4 7 4 Safeties Self diagnosis The conver...

Page 19: ...7 8 9 10 400 600 1 0s 1 4s 2 0s 3 0s 5 0s 7 5s 10s 15s BRGT 1 1 1 1 4444 Setting of the digits brightness Lowest brightness Strongest brightness LdIG Inhibition of the last digit low weight In mode p...

Page 20: ...nstrument check sum of the programme no 4 9 Access code An access code adjustable from 0000 to 9999 serves to protect the converter and its setpoints from unauthorized programming and to lock the acce...

Page 21: ...analog output current output Entering of a new display value GENE GENE Value of the output if Enter the value to be injected M Press Menu to revert to measure dis play Note The instrument will carry o...

Page 22: ...display The file stored in the console can be read by validating choice READ CONS In this case the reading organigramme of the file programming is the same as for the programming of the instrument se...

Page 23: ...or 500 C the display will be 0500 2 To correct this display the display down scale must be shifted by 3 points to obtain 000 0 and the display full scale by 2 points to obtain 0500 0 Press to validate...

Page 24: ...ed simply press and the converter will revert to mode measure taking the new values into account If no key is pressed after 60 s the converter will revert to the measure display without modification o...

Page 25: ...enu Input type Voltage input Current input Temperature input Potentiometer input Resistance input Potentiometer and resistance inputs Input down scale Input full scale Choice of the processing functio...

Page 26: ...esis in display points Time delay on relay X OFF MODx _ _I I_ _ AL x REL x ON REL SPx 1 SPx 2 HYSx TIM x SPx _I I_ I_ _I SCAL POIN dDIS FDIS Yxx CUT 10 FILT UNIT T MES RES 0 10 Display parameters Subm...

Page 27: ...upture safety Validation or not of the sensor rupture Sensor rupture inactive Sensor rupt active State of relay X in case of sensor rupture No sensor rupture associated with the relay Relay de activat...

Page 28: ...ress 200 202 204 208 210 212 290 291 Value of the analog output n 1 on TPI SI 440 441 in A mA output Minimum value of the displayed value Maximum value of the displayed value Direct measure Value of t...

Page 29: ...3 Nbr of MSB words LSB 2 bytes 2 bytes Slave number 1 byte 1 byte 1 byte Function 3 or 4 2 bytes CRC 16 Number of read bytes Response pattern 1st word MSB value LSB 2 bytes 2nd word MSB value LSB 2 by...

Page 30: ...byte 1 x 256 byte 2 0 x 2563 0 x 2562 19 x 256 136 5000 Reading of the address 120 decimal point 2 displayed measure 50 00 9 4 CRC 16 calculation algorythm FFFF CRC CRC BYTE CRC END yes no n 0 n n 1 y...

Page 31: ...s The directive EMC 2014 30 UE generic standards IEC 61000 6 2 Immunity for industrial environments IEC 61000 6 4 Rejections for industrial environments The directive ATEX 2014 34 UE standards EN 6007...

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